Short-Wave Infrared (SWIR) imaging is widely recognized as one of the most promising sensing technologies beyond conventional visible vision. By capturing material-specific optical information, SWIR enables non-destructive inspection, material identification, and imaging in challenging environments, making it increasingly valuable for semiconductor inspection, machine vision, laser communications, agricultural sorting, and security monitoring. Despite these advantages, SWIR […]
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Short-wave infrared (SWIR, 900–1700 nm) imaging has long occupied a critical position in high-end machine vision due to its unique ability to reveal material properties beyond the visible spectrum. However, its industrial-scale adoption has been constrained by the high cost and manufacturing complexity of traditional III-V semiconductor technologies. With the maturation of colloidal quantum dot […]
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Recently, Dr. Liu Liantuan, Chief Scientist of InRlightTech, was invited to attend the Bejing Dual-FieldOptoelectronics Academic Forum, deliver a keynotepresentation, and share a report.
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InRightTech, in collaboration with Optics Valley Laboratory, iscommitted to accelerating the industrialization of advancedoptical sensing technologies and enabling next-generationapplications.
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We cordially invite you to visit our booth and discover how CQD-SWIR technologycreates value through seamless collaboration across the innovation chain-fromscientific research to industrial deployment.
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Facing the increasingly stringent challenges of industrial inspection-driven by higherprecision requirements and growing scene complexity-InRight Tech introduces itsbrand-new GAZE Series industrial-grade SWIR camera.
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Powered by a proprietary colloidal quantum-dot infrared imaging system, this next-generation desktop SWiR microscope breaks through the limitations of conventional optical microscopy.
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